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<?php function wfDebugLog( $a, $b ) { echo $b; } /** * Class for some IPTC functions. * * @ingroup Media */ class IPTC { /** * This takes the results of iptcparse() and puts it into a * form that can be handled by mediawiki. Generally called from * BitmapMetadataHandler::doApp13. * * @see http://www.iptc.org/std/IIM/4.1/specification/IIMV4.1.pdf * * @param string $rawData The app13 block from jpeg containing iptc/iim data * @return array IPTC metadata array */ static function parse( $rawData ) { $parsed = iptcparse( $rawData ); $data = array(); if ( !is_array( $parsed ) ) { return $data; } $c = ''; // charset info contained in tag 1:90. if ( isset( $parsed['1#090'] ) && isset( $parsed['1#090'][0] ) ) { $c = self::getCharset( $parsed['1#090'][0] ); if ( $c === false ) { // Unknown charset. refuse to parse. // note: There is a different between // unknown and no charset specified. return array(); } unset( $parsed['1#090'] ); } foreach ( $parsed as $tag => $val ) { if ( isset( $val[0] ) && trim( $val[0] ) == '' ) { wfDebugLog( 'iptc', "IPTC tag $tag had only whitespace as its value." ); continue; } switch ( $tag ) { case '2#120': /*IPTC caption. mapped with exif ImageDescription*/ $data['ImageDescription'] = self::convIPTC( $val, $c ); break; case '2#116': /* copyright. Mapped with exif copyright */ $data['Copyright'] = self::convIPTC( $val, $c ); break; case '2#080': /* byline. Mapped with exif Artist */ /* merge with byline title (2:85) * like how exif does it with * Title, person. Not sure if this is best * approach since we no longer have the two fields * separate. each byline title entry corresponds to a * specific byline. */ $bylines = self::convIPTC( $val, $c ); if ( isset( $parsed['2#085'] ) ) { $titles = self::convIPTC( $parsed['2#085'], $c ); } else { $titles = array(); } $titleCount = count( $titles ); for ( $i = 0; $i < $titleCount; $i++ ) { if ( isset( $bylines[$i] ) ) { // theoretically this should always be set // but doesn't hurt to be careful. $bylines[$i] = $titles[$i] . ', ' . $bylines[$i]; } } $data['Artist'] = $bylines; break; case '2#025': /* keywords */ $data['Keywords'] = self::convIPTC( $val, $c ); break; case '2#101': /* Country (shown)*/ $data['CountryDest'] = self::convIPTC( $val, $c ); break; case '2#095': /* state/province (shown) */ $data['ProvinceOrStateDest'] = self::convIPTC( $val, $c ); break; case '2#090': /* city (Shown) */ $data['CityDest'] = self::convIPTC( $val, $c ); break; case '2#092': /* sublocation (shown) */ $data['SublocationDest'] = self::convIPTC( $val, $c ); break; case '2#005': /* object name/title */ $data['ObjectName'] = self::convIPTC( $val, $c ); break; case '2#040': /* special instructions */ $data['SpecialInstructions'] = self::convIPTC( $val, $c ); break; case '2#105': /* headline*/ $data['Headline'] = self::convIPTC( $val, $c ); break; case '2#110': /* credit */ /*"Identifies the provider of the objectdata, * not necessarily the owner/creator". */ $data['Credit'] = self::convIPTC( $val, $c ); break; case '2#115': /* source */ /* "Identifies the original owner of the intellectual content of the *objectdata. This could be an agency, a member of an agency or *an individual." */ $data['Source'] = self::convIPTC( $val, $c ); break; case '2#007': /* edit status (lead, correction, etc) */ $data['EditStatus'] = self::convIPTC( $val, $c ); break; case '2#015': /* category. deprecated. max 3 letters in theory, often more */ $data['iimCategory'] = self::convIPTC( $val, $c ); break; case '2#020': /* category. deprecated. */ $data['iimSupplementalCategory'] = self::convIPTC( $val, $c ); break; case '2#010': /*urgency (1-8. 1 most, 5 normal, 8 low priority)*/ $data['Urgency'] = self::convIPTC( $val, $c ); break; case '2#022': /* "Identifies objectdata that recurs often and predictably... * Example: Euroweather" */ $data['FixtureIdentifier'] = self::convIPTC( $val, $c ); break; case '2#026': /* Content location code (iso 3166 + some custom things) * ex: TUR (for turkey), XUN (for UN), XSP (outer space) * See wikipedia article on iso 3166 and appendix D of iim std. */ $data['LocationDestCode'] = self::convIPTC( $val, $c ); break; case '2#027': /* Content location name. Full printable name * of location of photo. */ $data['LocationDest'] = self::convIPTC( $val, $c ); break; case '2#065': /* Originating Program. * Combine with Program version (2:70) if present. */ $software = self::convIPTC( $val, $c ); if ( count( $software ) !== 1 ) { // according to iim standard this cannot have multiple values // so if there is more than one, something weird is happening, // and we skip it. wfDebugLog( 'iptc', 'IPTC: Wrong count on 2:65 Software field' ); break; } if ( isset( $parsed['2#070'] ) ) { // if a version is set for the software. $softwareVersion = self::convIPTC( $parsed['2#070'], $c ); unset( $parsed['2#070'] ); $data['Software'] = array( array( $software[0], $softwareVersion[0] ) ); } else { $data['Software'] = $software; } break; case '2#075': /* Object cycle. * a for morning (am), p for evening, b for both */ $data['ObjectCycle'] = self::convIPTC( $val, $c ); break; case '2#100': /* Country/Primary location code. * "Indicates the code of the country/primary location where the * intellectual property of the objectdata was created" * unclear how this differs from 2#026 */ $data['CountryCodeDest'] = self::convIPTC( $val, $c ); break; case '2#103': /* original transmission ref. * "A code representing the location of original transmission ac- * cording to practises of the provider." */ $data['OriginalTransmissionRef'] = self::convIPTC( $val, $c ); break; case '2#118': /*contact*/ $data['Contact'] = self::convIPTC( $val, $c ); break; case '2#122': /* Writer/Editor * "Identification of the name of the person involved in the writing, * editing or correcting the objectdata or caption/abstract." */ $data['Writer'] = self::convIPTC( $val, $c ); break; case '2#135': /* lang code */ $data['LanguageCode'] = self::convIPTC( $val, $c ); break; // Start date stuff. // It doesn't accept incomplete dates even though they are valid // according to spec. // Should potentially store timezone as well. case '2#055': // Date created (not date digitized). // Maps to exif DateTimeOriginal if ( isset( $parsed['2#060'] ) ) { $time = $parsed['2#060']; } else { $time = array(); } $timestamp = self::timeHelper( $val, $time, $c ); if ( $timestamp ) { $data['DateTimeOriginal'] = $timestamp; } break; case '2#062': // Date converted to digital representation. // Maps to exif DateTimeDigitized if ( isset( $parsed['2#063'] ) ) { $time = $parsed['2#063']; } else { $time = array(); } $timestamp = self::timeHelper( $val, $time, $c ); if ( $timestamp ) { $data['DateTimeDigitized'] = $timestamp; } break; case '2#030': // Date released. if ( isset( $parsed['2#035'] ) ) { $time = $parsed['2#035']; } else { $time = array(); } $timestamp = self::timeHelper( $val, $time, $c ); if ( $timestamp ) { $data['DateTimeReleased'] = $timestamp; } break; case '2#037': // Date expires. if ( isset( $parsed['2#038'] ) ) { $time = $parsed['2#038']; } else { $time = array(); } $timestamp = self::timeHelper( $val, $time, $c ); if ( $timestamp ) { $data['DateTimeExpires'] = $timestamp; } break; case '2#000': /* iim version */ // unlike other tags, this is a 2-byte binary number. // technically this is required if there is iptc data // but in practise it isn't always there. if ( strlen( $val[0] ) == 2 ) { // if is just to be paranoid. $versionValue = ord( substr( $val[0], 0, 1 ) ) * 256; $versionValue += ord( substr( $val[0], 1, 1 ) ); $data['iimVersion'] = $versionValue; } break; case '2#004': // IntellectualGenere. // first 4 characters are an id code // That we're not really interested in. // This prop is weird, since it's // allowed to have multiple values // in iim 4.1, but not in the XMP // stuff. We're going to just // extract the first value. $con = self::ConvIPTC( $val, $c ); if ( strlen( $con[0] ) < 5 ) { wfDebugLog( 'iptc', 'IPTC: ' . '2:04 too short. ' . 'Ignoring.' ); break; } $extracted = substr( $con[0], 4 ); $data['IntellectualGenre'] = $extracted; break; case '2#012': // Subject News code - this is a compound field // at the moment we only extract the subject news // code, which is an 8 digit (ascii) number // describing the subject matter of the content. $codes = self::convIPTC( $val, $c ); foreach ( $codes as $ic ) { $fields = explode( ':', $ic, 3 ); if ( count( $fields ) < 2 || $fields[0] !== 'IPTC' ) { wfDebugLog( 'IPTC', 'IPTC: ' . 'Invalid 2:12 - ' . $ic ); break; } $data['SubjectNewsCode'] = $fields[1]; } break; // purposely does not do 2:125, 2:130, 2:131, // 2:47, 2:50, 2:45, 2:42, 2:8, 2:3 // 2:200, 2:201, 2:202 // or the audio stuff (2:150 to 2:154) case '2#070': case '2#060': case '2#063': case '2#085': case '2#038': case '2#035': // ignore. Handled elsewhere. break; default: wfDebugLog( 'iptc', "Unsupported iptc tag: $tag. Value: " . implode( ',', $val ) ); break; } } return $data; } /** * Convert an iptc date and time tags into the exif format * * @todo Potentially this should also capture the timezone offset. * @param array $date The date tag * @param array $time The time tag * @param string $c The charset * @return string Date in EXIF format. */ private static function timeHelper( $date, $time, $c ) { if ( count( $date ) === 1 ) { // the standard says this should always be 1 // just double checking. list( $date ) = self::convIPTC( $date, $c ); } else { return null; } if ( count( $time ) === 1 ) { list( $time ) = self::convIPTC( $time, $c ); $dateOnly = false; } else { $time = '000000+0000'; // placeholder $dateOnly = true; } if ( !( preg_match( '/\d\d\d\d\d\d[-+]\d\d\d\d/', $time ) && preg_match( '/\d\d\d\d\d\d\d\d/', $date ) && substr( $date, 0, 4 ) !== '0000' && substr( $date, 4, 2 ) !== '00' && substr( $date, 6, 2 ) !== '00' ) ) { // something wrong. // Note, this rejects some valid dates according to iptc spec // for example: the date 00000400 means the photo was taken in // April, but the year and day is unknown. We don't process these // types of incomplete dates atm. wfDebugLog( 'iptc', "IPTC: invalid time ( $time ) or date ( $date )" ); return null; } $unixTS = wfTimestamp( TS_UNIX, $date . substr( $time, 0, 6 ) ); if ( $unixTS === false ) { wfDebugLog( 'iptc', "IPTC: can't convert date to TS_UNIX: $date $time." ); return null; } $tz = ( intval( substr( $time, 7, 2 ) ) * 60 * 60 ) + ( intval( substr( $time, 9, 2 ) ) * 60 ); if ( substr( $time, 6, 1 ) === '-' ) { $tz = -$tz; } $finalTimestamp = wfTimestamp( TS_EXIF, $unixTS + $tz ); if ( $finalTimestamp === false ) { wfDebugLog( 'iptc', "IPTC: can't make final timestamp. Date: " . ( $unixTS + $tz ) ); return null; } if ( $dateOnly ) { // return the date only return substr( $finalTimestamp, 0, 10 ); } else { return $finalTimestamp; } } /** * Helper function to convert charset for iptc values. * @param string|array $data The iptc string * @param string $charset The charset * * @return string|array */ private static function convIPTC( $data, $charset ) { if ( is_array( $data ) ) { foreach ( $data as &$val ) { $val = self::convIPTCHelper( $val, $charset ); } } else { $data = self::convIPTCHelper( $data, $charset ); } return $data; } /** * Helper function of a helper function to convert charset for iptc values. * @param string|array $data The IPTC string * @param string $charset The charset * * @return string */ private static function convIPTCHelper( $data, $charset ) { if ( $charset ) { //MediaWiki\suppressWarnings(); var_dump( $data, $charset ); $data = iconv( $charset, "UTF-8//IGNORE", $data ); var_dump( $data, $charset ); //MediaWiki\restoreWarnings(); if ( $data === false ) { $data = ""; wfDebugLog( 'iptc', __METHOD__ . " Error converting iptc data charset $charset to utf-8" ); } } else { // treat as utf-8 if is valid utf-8. otherwise pretend its windows-1252 // most of the time if there is no 1:90 tag, it is either ascii, latin1, or utf-8 $oldData = $data; UtfNormal\Validator::quickIsNFCVerify( $data ); // make $data valid utf-8 if ( $data === $oldData ) { return $data; // if validation didn't change $data } else { return self::convIPTCHelper( $oldData, 'Windows-1252' ); } } return trim( $data ); } /** * take the value of 1:90 tag and returns a charset * @param string $tag 1:90 tag. * @return string Charset name or "?" * Warning, this function does not (and is not intended to) detect * all iso 2022 escape codes. In practise, the code for utf-8 is the * only code that seems to have wide use. It does detect that code. */ static function getCharset( $tag ) { // According to iim standard, charset is defined by the tag 1:90. // in which there are iso 2022 escape sequences to specify the character set. // the iim standard seems to encourage that all necessary escape sequences are // in the 1:90 tag, but says it doesn't have to be. // This is in need of more testing probably. This is definitely not complete. // however reading the docs of some other iptc software, it appears that most iptc software // only recognizes utf-8. If 1:90 tag is not present content is // usually ascii or iso-8859-1 (and sometimes utf-8), but no guarantee. // This also won't work if there are more than one escape sequence in the 1:90 tag // or if something is put in the G2, or G3 charsets, etc. It will only reliably recognize utf-8. // This is just going through the charsets mentioned in appendix C of the iim standard. // \x1b = ESC. switch ( $tag ) { case "\x1b%G": // utf-8 // Also call things that are compatible with utf-8, utf-8 (e.g. ascii) case "\x1b(B": // ascii case "\x1b(@": // iso-646-IRV (ascii in latest version, $ different in older version) $c = 'UTF-8'; break; case "\x1b(A": // like ascii, but british. $c = 'ISO646-GB'; break; case "\x1b(C": // some obscure sweedish/finland encoding $c = 'ISO-IR-8-1'; break; case "\x1b(D": $c = 'ISO-IR-8-2'; break; case "\x1b(E": // some obscure danish/norway encoding $c = 'ISO-IR-9-1'; break; case "\x1b(F": $c = 'ISO-IR-9-2'; break; case "\x1b(G": $c = 'SEN_850200_B'; // aka iso 646-SE; ascii-like break; case "\x1b(I": $c = "ISO646-IT"; break; case "\x1b(L": $c = "ISO646-PT"; break; case "\x1b(Z": $c = "ISO646-ES"; break; case "\x1b([": $c = "GREEK7-OLD"; break; case "\x1b(K": $c = "ISO646-DE"; break; case "\x1b(N": // crylic $c = "ISO_5427"; break; case "\x1b(`": // iso646-NO $c = "NS_4551-1"; break; case "\x1b(f": // iso646-FR $c = "NF_Z_62-010"; break; case "\x1b(g": $c = "PT2"; // iso646-PT2 break; case "\x1b(h": $c = "ES2"; break; case "\x1b(i": // iso646-HU $c = "MSZ_7795.3"; break; case "\x1b(w": $c = "CSA_Z243.4-1985-1"; break; case "\x1b(x": $c = "CSA_Z243.4-1985-2"; break; case "\x1b\$(B": case "\x1b\$B": case "\x1b&@\x1b\$B": case "\x1b&@\x1b\$(B": $c = "JIS_C6226-1983"; break; case "\x1b-A": // iso-8859-1. at least for the high code characters. case "\x1b(@\x1b-A": case "\x1b(B\x1b-A": $c = 'ISO-8859-1'; break; case "\x1b-B": // iso-8859-2. at least for the high code characters. $c = 'ISO-8859-2'; break; case "\x1b-C": // iso-8859-3. at least for the high code characters. $c = 'ISO-8859-3'; break; case "\x1b-D": // iso-8859-4. at least for the high code characters. $c = 'ISO-8859-4'; break; case "\x1b-E": // iso-8859-5. at least for the high code characters. $c = 'ISO-8859-5'; break; case "\x1b-F": // iso-8859-6. at least for the high code characters. $c = 'ISO-8859-6'; break; case "\x1b-G": // iso-8859-7. at least for the high code characters. $c = 'ISO-8859-7'; break; case "\x1b-H": // iso-8859-8. at least for the high code characters. $c = 'ISO-8859-8'; break; case "\x1b-I": // CSN_369103. at least for the high code characters. $c = 'CSN_369103'; break; default: wfDebugLog( 'iptc', __METHOD__ . 'Unknown charset in iptc 1:90: ' . bin2hex( $tag ) ); // at this point just give up and refuse to parse iptc? $c = false; } return $c; } } $iptcData = "Photoshop 3.0\08BIM\4\4\0\0\0\0\0\x11\x1c\x02\x19\x00\x04\xC3\xC3\xC3\xB8" . "\x1c\x01\x5A\x00\x03\x1B\x25\x47"; $res = IPTC::parse( $iptcData ); var_dump( $res['Keywords'] );

Here you find the average performance (time & memory) of each version. A grayed out version indicates it didn't complete successfully (based on exit-code).

VersionSystem time (s)User time (s)Memory (MiB)
8.3.60.0150.00018.25
8.3.50.0030.01317.87
8.3.40.0090.00919.14
8.3.30.0240.00018.79
8.3.20.0040.00420.42
8.3.10.0030.00520.48
8.3.00.0000.00822.07
8.2.180.0080.00816.75
8.2.170.0100.00722.96
8.2.160.0030.01422.25
8.2.150.0080.00024.18
8.2.140.0080.00024.66
8.2.130.0060.00321.05
8.2.120.0080.00026.35
8.2.110.0030.00722.25
8.2.100.0060.00618.18
8.2.90.0030.00519.55
8.2.80.0060.00317.97
8.2.70.0060.00317.88
8.2.60.0030.00618.30
8.2.50.0030.01018.09
8.2.40.0030.00620.82
8.2.30.0040.00419.71
8.2.20.0040.00417.89
8.2.10.0050.00318.34
8.2.00.0040.00418.22
8.1.280.0040.01125.92
8.1.270.0150.00022.26
8.1.260.0090.00028.09
8.1.250.0050.00328.09
8.1.240.0100.00023.96
8.1.230.0060.00618.14
8.1.220.0060.00318.04
8.1.210.0090.00018.77
8.1.200.0050.00517.72
8.1.190.0080.00017.59
8.1.180.0050.00318.10
8.1.170.0060.00318.57
8.1.160.0080.00020.91
8.1.150.0000.00819.16
8.1.140.0030.00619.87
8.1.130.0000.00817.64
8.1.120.0040.00417.76
8.1.110.0060.00317.73
8.1.100.0040.00417.73
8.1.90.0040.00417.63
8.1.80.0000.00817.57
8.1.70.0040.00417.60
8.1.60.0000.00917.78
8.1.50.0030.00617.69
8.1.40.0090.00017.64
8.1.30.0000.00817.90
8.1.20.0050.00317.76
8.1.10.0000.00817.66
8.1.00.0000.00817.70
8.0.300.0000.00818.77
8.0.290.0040.00416.88
8.0.280.0060.00318.67
8.0.270.0040.00417.41
8.0.260.0080.00016.95
8.0.250.0000.00817.07
8.0.240.0030.00517.16
8.0.230.0040.00417.24
8.0.220.0040.00417.13
8.0.210.0000.00717.01
8.0.200.0040.00417.17
8.0.190.0000.00717.06
8.0.180.0030.00517.03
8.0.170.0000.00917.07
8.0.160.0040.00417.00
8.0.150.0040.00417.11
8.0.140.0040.00416.92
8.0.130.0060.00013.60
8.0.120.0000.00917.18
8.0.110.0060.00317.16
8.0.100.0030.00617.26
8.0.90.0070.00317.32
8.0.80.0110.00817.23
8.0.70.0050.00517.27
8.0.60.0000.00917.31
8.0.50.0030.00717.32
8.0.30.0130.01117.28
8.0.20.0120.01317.60
8.0.10.0030.00617.29
8.0.00.0100.01417.12
7.4.330.0050.00016.77
7.4.320.0070.00016.73
7.4.300.0070.00016.65
7.4.290.0040.00416.73
7.4.280.0040.00416.71
7.4.270.0080.00016.59
7.4.260.0080.00016.65
7.4.250.0030.00616.84
7.4.240.0000.00916.89
7.4.230.0030.00617.04
7.4.220.0070.01516.97
7.4.210.0070.01716.90
7.4.200.0000.01017.07
7.4.160.0140.00416.95
7.4.150.0120.01217.40
7.4.140.0090.01217.86
7.4.130.0120.01016.72
7.4.120.0110.01216.89
7.4.110.0120.00916.85
7.4.100.0060.02016.74
7.4.90.0170.00416.73
7.4.80.0090.01619.39
7.4.70.0140.00816.85
7.4.60.0040.02116.80
7.4.50.0100.00316.82
7.4.40.0060.02016.73
7.4.30.0030.02016.97
7.4.00.0070.01315.32
7.3.330.0000.00513.58
7.3.320.0000.00613.55
7.3.310.0050.00516.74
7.3.300.0030.00616.66
7.3.290.0050.01216.69
7.3.280.0070.01416.75
7.3.270.0140.00717.40
7.3.260.0030.01617.03
7.3.250.0100.01316.80
7.3.240.0090.01316.69
7.3.230.0150.00816.74
7.3.210.0100.01016.74
7.3.200.0060.01416.85
7.3.190.0170.00916.91
7.3.180.0070.01116.76
7.3.170.0070.01416.80
7.3.160.0110.00916.88
7.2.330.0110.01417.26
7.2.320.0130.01317.12
7.2.310.0130.00616.83
7.2.300.0160.00417.13
7.2.290.0030.01717.18
7.2.60.0060.01017.12
7.2.00.0040.01119.52
7.1.200.0050.00815.82
7.1.100.0090.01217.95
7.1.70.0000.00917.36
7.1.60.0160.01319.19
7.1.50.0160.01017.29
7.1.00.0030.07322.59
7.0.200.0230.00415.49
7.0.100.0100.08020.27
7.0.90.0200.07020.15
7.0.80.0100.07720.19
7.0.70.0100.08020.09
7.0.60.0100.08720.28
7.0.50.0070.05720.65
7.0.40.0130.07320.18
7.0.30.0100.07720.18
7.0.20.0070.08720.36
7.0.10.0130.07720.22
7.0.00.0070.05720.15
5.6.280.0170.05721.37
5.6.250.0000.09020.70
5.6.240.0130.07720.81
5.6.230.0070.07720.66
5.6.220.0130.07320.75
5.6.210.0130.05020.86
5.6.200.0070.05321.25
5.6.190.0030.08321.35
5.6.180.0030.08721.21
5.6.170.0100.07721.25
5.6.160.0170.04021.23
5.6.150.0070.08021.18
5.6.140.0030.04321.25
5.6.130.0100.06721.32
5.6.120.0030.05721.22
5.6.110.0070.07021.25
5.6.100.0030.08321.21
5.6.90.0070.06321.15
5.6.80.0070.07020.67
5.6.70.0070.06720.72
5.6.60.0000.08320.67
5.6.50.0030.08720.71
5.6.40.0100.07020.59
5.6.30.0100.07720.70
5.6.20.0000.05720.68
5.6.10.0130.07720.57
5.6.00.0070.08020.52
5.5.380.0130.07720.51
5.5.370.0070.08020.61
5.5.360.0070.08720.45
5.5.350.0030.08720.56
5.5.340.0130.06720.95
5.5.330.0130.08021.14
5.5.320.0070.05021.13
5.5.310.0100.05320.99
5.5.300.0000.07321.14
5.5.290.0070.08721.14
5.5.280.0030.09321.02
5.5.270.0070.09321.11
5.5.260.0130.07320.94
5.5.250.0030.08020.83
5.5.240.0170.06720.46
5.5.230.0070.05720.39
5.5.220.0130.07320.52
5.5.210.0100.08020.43
5.5.200.0130.07720.44
5.5.190.0100.07320.43
5.5.180.0070.07320.44
5.5.160.0030.08320.29
5.5.150.0100.07020.18
5.5.140.0030.05320.39
5.5.130.0130.07720.39
5.5.120.0030.08020.34
5.5.110.0070.05020.20
5.5.100.0000.08720.29
5.5.90.0030.06320.29
5.5.80.0170.06720.37
5.5.70.0170.06720.18
5.5.60.0030.08020.21
5.5.50.0100.04320.36
5.5.40.0100.07020.29
5.5.30.0030.04320.26
5.5.20.0030.06320.13
5.5.10.0100.08020.23
5.5.00.0070.08020.19
preferences:
46.97 ms | 400 KiB | 5 Q